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The XXVIII International Conference on Supersymmetry and Unification of Fundamental Interactions (SUSY 2021)

23–28 Aug 2021
Asia/Shanghai timezone

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Session

Plenary

100
23 Aug 2021, 08:25

Conveners

Plenary: I

  • Chao-Hsi Chang

Plenary: II

  • Chun Liu (Institute of Theoretical Physics, Chinese Academy of Sciences)

Plenary: III

  • Chao-Shang Huang

Plenary: IV

  • Lorenzo Calibbi (Nankai University)

Plenary: V

  • Qing Wang (Tsinghua University)

Plenary: VI

  • Jin-Min Yang (ITP, CAS)

Plenary: VII

  • Jinmian Li (Sichuan University)

Plenary: VIII

  • Yu-Qi Chen (Institute of Theoretical Physics)

Plenary: IX

  • Jiang-Hao Yu (Institute of Theoretical Physics, Chinese Academy of Sciences, Beijing)

Plenary: X

  • Tao Han (University of Pittsburgh)

Plenary: XI

  • Cong-Feng Qiao

Presentation materials

There are no materials yet.

  1. 501. Future Colliders
    Yi-Fang Wang (IHEP, Beijing)
    23/08/2021, 08:25
  2. 513. (Non-)SUSY 2021 and Cosmology: overview and new developments
    Eva Silverstein
    23/08/2021, 08:50
  3. 507. Theoretical overview of muon g-2
    Motoi Endo
    23/08/2021, 09:15
  4. 543. The First Results of the Fermilab Muon g-2 Experiment
    Liang Li (Shanghai Jiao Tong University (CN))
    23/08/2021, 09:40
  5. 522. Challenges in supersymmetric cosmology
    Ignatios Antoniadis (LPTHE, Paris)
    23/08/2021, 20:00
  6. 516. Aspects of Higgs and EW physics in SUSY: light LSP and Heavy Higgs
    Rohini Godbole (Centre for High Energy Physics, Indian Institute of Science, Bengaluru, India)
    23/08/2021, 20:25

    In this talk I will discuss the case of a light LSP (lighter than half the Higgs mass) in pMSSM, NMSSM as well as both these models extended with a right handed sneutrino. In addition I will point out some new strategies for heavy higgs searches in electroweakino final states as well as remind us of the importance of the precision calculations in the Higgs sector for the phenomenology.

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  7. 512. Particle-Antiparticle Oscillations and Baryogenesis in SUSY
    Seyda Ipek
    23/08/2021, 20:50
  8. 511. Grand Unified Theories
    Kaladi Babu (Oklahoma State U)
    23/08/2021, 21:15

    I shall review the motivations for grand unification and summarize recent progress in this field.

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  9. 532. SUSY Predictions from the String Landscape and the Naturalness
    Howard Baer (University of Oklahoma)
    23/08/2021, 21:40
  10. 502. The Foundation of Unification Theory & Gravitational Wave Detections in Space
    Yue-Liang Wu (ITP, Beijing)
    24/08/2021, 08:00

    In this talk, I will report the recent progresses on the foundation of unification theory and the projects on the space-based gravitation wave detections. I shall briefly outline that the foundation of the hyperunified field theory based on the maximum coherence motion principle and maximum entangled-qubits motion principle as well as gauge and scaling invariance principle enables us to make...

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  11. 524. Collider Searches, Standard Model Effective Theory
    Ian Lewis (The University of Kansas)
    24/08/2021, 08:25
  12. 541. Prospects of HL-LHC (ATLAS, CMS, LHCb)
    Sezen Sekmen (Kyungpook National University (KR))
    24/08/2021, 08:50
  13. 540. EW/Top measurements at ATLAS and CMS
    Aleksandra Dimitrievska (Lawrence Berkeley National Lab. (US))
    24/08/2021, 09:15
  14. 498. Top Quark Physics
    Qing-Hong Cao (Peking University)
    24/08/2021, 09:40
  15. 529. Axion dark matter
    Pierre Sikivie (University of Florida)
    25/08/2021, 08:00
  16. 508. Precision axion physics with running axion couplings
    Kiwoon Choi (IBS, Daejeon)
    25/08/2021, 08:25
  17. 528. Exploring farther with long-lived particles
    Jessie Shelton
    25/08/2021, 08:50
  18. 509. Four-form relaxation of Higgs mass and its cosmological implications
    Hyun Min Lee (Chung-Ang U)
    25/08/2021, 09:15
  19. 539. Higgs measurements at ATLAS and CMS
    Antonio De Maria (Nanjing University (CN))
    25/08/2021, 20:00

    Since the Higgs boson discovery in 2021, a continuous effort has been made to study several of its properties like the coupling strengths, spin and charge-parity quantum numbers. The Higgs boson is not only a key ingredient of the Standard Model of particle physics to understand the mechanism which gives mass to other particles, but also to open new frontiers beyond the Standard Model.

    The...

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  20. 535. BSM Higgs searches at ATLAS and CMS
    Aruna Nayak (National Institute of Science Education and Research (IN))
    25/08/2021, 20:25
  21. 537. Other searches at ATLAS and CMS
    Rachid Mazini (Academia Sinica (TW))
    25/08/2021, 20:50
  22. 533. SUSY squark/gluino searches at ATLAS and CMS
    Luigi Longo (CERN)
    25/08/2021, 21:15
  23. 534. SUSY chargino/neutralino searches at ATLAS and CMS
    Teruki Kamon (Texas A & M University (US))
    25/08/2021, 21:40
  24. 503. Neutrino masses and Yukawa interactions
    Zhi-zhong Xing (Chinese Academy of Sciences)
    26/08/2021, 08:00
  25. 544. Solar WIMP Search with the IceCube Neutrino Observatory
    Jeffrey Lazar (University of Wisconsin-Madison)
    26/08/2021, 08:25
  26. 521. Galactic Probes of Dark-Sector Physics
    Mariangela Lisanti (Princeton University)
    26/08/2021, 08:50
  27. 499. Progresses of the Dark Matter Particle Explorer
    Qiang Yuan (Purple Mountain Observatory, CAS)
    26/08/2021, 09:15

    The DArk Matter Particle Explorer (DAMPE) is a satellite-borne, calorimetric type, high-energy-resolution space cosmic ray and gamma-ray detector. It was launched in December 2015 and has been stably operating for more than five years. Its three major scientific objectives are dark matter indirect detection, cosmic ray physics and gamma-ray astronomy. Precise measurements of the all-electron,...

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  28. 517. Dark Matter (Mediators) at Colliders
    Manuel Drees (Bonn U)
    26/08/2021, 20:00

    Thermal Dark Matter (DM) must have sizable couplings to lighter particles. This motivates Dark Matter searches at colliders. However, these 'lighter particles' need not include the particles humans can accelerate (basically electrons, u and d quarks, and gluons). Moreover, in most cases collider searches for the particle mediating the interaction of DM with lighter particles are more promising...

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  29. 500. Recent Progress and Plan of PandaX Experiment
    Ning Zhou (Shanghai Jiao Tong University (CN))
    26/08/2021, 20:25

    PandaX experiment uses xenon as target to detect weak and rare physics signals, including dark matter and neutrinos. PandaX-II, 580kg liquid xenon completed successfully in 2019, and we are running a next generation experiment PandaX-4T with 4-ton xenon in the sensitive volume. In this talk, I will give an overview of the PandaX-4T experiment and commissioning. From 0.63 ton-year exposure data...

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  30. 536. Dark matter/Long-lived particles at ATLAS and CMS
    Zeynep Demiragli (Boston University (US))
    26/08/2021, 20:50
  31. 518. Sub-GeV Dark Matter
    Bhaskar Dutta (Texas A&M University)
    26/08/2021, 21:15
  32. 527. Gravitational Waves as Probes of New Fundamental Physics
    Pedro Schwaller
    26/08/2021, 21:40
  33. 514. Baryogenesis and New Physics
    Carlos E. M. Wagner
    27/08/2021, 08:00
  34. 515. The String Landscape and Particle Remnants
    James Halverson (Northeastern U)
    27/08/2021, 08:25

    In this talk I will review some essential facts about the known landscape of string vacua and its potential implications for particle physics and cosmology. A central focus will be on string remnants, which are new particles that are apparently accidental consequences of the ultraviolet theory, not necessarily motivated by specific shortcoming of the standard models of particle physics or...

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  35. 519. Aspirations and Prospects for Natural Supersymmetry
    Xerxes Tata (University of Hawaii)
    27/08/2021, 08:50
  36. 504. GAMBIT: The Global and Modular Beyond-the-Standard-Model Inference Tool
    Csaba Balazs (Monash University)
    27/08/2021, 09:15

    I give an update on GAMBIT, the Global And Modular Beyond-the-Standard-Models Inference Tool. After briefly motivating global fitting, I highlight why GAMBIT is a promising framework to help us identifying the new physics model beyond the standard models (BSM) of particle physics and cosmology. Focusing on the physics content, I give a non-technical introduction of the schematic structure...

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  37. 506. Recent progress on jet structure for BSM
    Mihoko Nojiri (Theory Center, IPNS, KEK)
    27/08/2021, 20:00
  38. 530. Machine Learning and QCD
    Tilman Plehn
    27/08/2021, 20:25
  39. 520. B-physics anomalies and flavor hierarchies: a natural link
    Gino Isidori (Universitaet Zuerich (CH))
    27/08/2021, 20:50
  40. 538. Flavour physics: LHCb, ATLAS, CMS
    Yuehong Xie (Central China Normal University CCNU (CN))
    27/08/2021, 21:15
  41. 542. Belle and Belle II results
    BIPUL BHUYAN (Indian Institute of Technology Guwahati)
    27/08/2021, 21:40
  42. 526. String Inflation
    Renata Kallosh (Stanford university)
    28/08/2021, 08:00
  43. 531. Quantum Gravity and the Swampland
    Gary Shiu (University of Wisconsin-Madison)
    28/08/2021, 08:25

    String theory seems to offer an enormous number of possibilities for low energy physics. The huge set of solutions is often known as the String Theory Landscape. In recent years, there has been increasing evidence that not all quantum field theories can be consistently coupled to gravity. Theories that cannot be ultraviolet completed in quantum gravity are said to be in the Swampland. In this...

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  44. 510. Exploring suspersymmetric theories from scattering amplitudes
    Yu-tin Huang (National Taiwan University)
    28/08/2021, 08:50

    In the past few years, the study of amplitudes have made inroads in connecting with classical dynamics of binary blackholes as well as the revival of the S-matrix bootstrap. We will give a brief overview of the major results on these two fronts and the new light they shed on supersymmetric theories.

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  45. 545. SUSY 2022 Announcement
    Georgios Leontaris (University of Ioannina (GR))
    28/08/2021, 09:45
  46. 505. Why SUSY is great
    Hitoshi Murayama (IPMU, Tokyo)
    28/08/2021, 10:10
  47. 554. Acknowledgments
    Tianjun Li (Chinese Academy of Sciences)
    28/08/2021, 10:55
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